MO Optoelectronic Transmitter 269051-1

The AMP MO Optoelectronic Transmitter 269051-1 used a novel "Molded-Optronic" technology developed by AJ Heiney, C-L Jiang and WH Reysen at the Lytel Division of AMP Inc in 1993. The device incorporates an integrally molded lens/receptacle element that performs connector alignment, light coupling, and light-bending functions in one optomechanical component. This allowed the transmitters to be built with fewer parts and lower labour costs than previous traditional AMP designs, while improving performance in some areas, such as effective capacitance and rise/fall time. The transmitters were housed in a nickel plated diecast zinc 16-pin DIL package and were supplied with a process cap that seals the connector interface during the soldering and cleaning processes. This 270 MBaud transmitter, an enhanced version of the 269049-1 200 MBaud transmitter, was developed primarily for 266 Mb/s Fibre Channel applications.

NRZ data rate 0 to 270 Mb/s
Optical output -19 to -14 dBm
Max extinction ratio 10%
Optical wavelength 1270 to 1380 nm
Max spectral width 200 nm
Duty cycle 0 to 100%
Output rise and fall time 0.6 to 2.5 ns
Max pulse width distortion 0.5 ns
Max data dependent jitter 0.3 ns
Max random jitter 0.5 ns
Power supply voltage 4.75 to 5.25 V DC
Max supply current 140 mA
Storage temperature -40 to 100 ˚C
Operating temperature 0 to 70 ˚C

The transmitter input voltage levels are compatible with 100K Series ECL logic levels. The transmitters are compatible with 10K and 10KH Series when driven with differential signals.

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